EEC-A0EL105

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Electric Double Layer Capacitors (EDLC), also known as supercapacitors, are electronic components which possess higher-than-normal energy storage density and thus, the capacity to store electrical energy in greater quantities than typical capacitors. The EEC-A0EL105 is an EDLC developed by Ever Electrochem Co, Ltd, and is touted to be a multi-functional energy storage device with its low series resistance and excellent electric performance. In this article, we will discuss the applications and working principles of the EEC-A0EL105.

Firstly, we will talk about the applications of the EEC-A0EL105. The EDLC has many potential applications in various fields such as automotive, energy storage, and industrial applications. The EEC-A0EL105 is designed to cater to these fields, specifically. With its low series resistance, this EDLC can be used in a variety of applications such as automotive brake energy recuperation, locomotive energy recuperation, charge and discharge management, and power back-up systems. Apart from this, it is also used as an ideal choice for peak current load, energy storage, and general power supply.

The EEC-A0EL105’s working principle is based on the double-layer capacitance (EDL) of the electric double layer. There are two layers of capacitor containing electrolyte ions and conductive material. When a potential difference is applied to the device, charge separation occurs in the two layers. This generates an electric field with electric double-layer capacitance across the two layers. As the charge separation increases, the electric field produced produces a capacitive current and the two layers of capacitance are connected in series. This in turn increases the stored energy in the device.

In summary, the EEC-A0EL105 is an EDLC designed by Ever Electrochem Co., Ltd to cater to a variety of automotive, energy storage, and industrial applications. Its unique low series resistance and excellent electric performance make it a great choice for automotive brake energy recuperation, locomotive energy recuperation, charge and discharge management, and power back-up systems. The device works on the basis of double-layer capacitance (EDL), wherein charge separation between the two layers of capacitance occurs when a potential difference is applied. This, in turn, generates an electric field with electric double-layer capacitance and increases the stored energy in the device. The EEC-A0EL105 is a state-of-the-art EDLC which is sure to revolutionize the energy storage sector in the near future.

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